Next generation biometrics implements smart devices that leverage better technology, they support high quality data gathering in the specific milieu in which they are being used. Devices are targeted to specific situations. Hybrid devices increase identification accuracy by combining two or several technologies and approaches to the market. The study has 1003 pages and Biometric identity units provide security protection from a variety of perspectives. Units are comprised of integrated biometric capture devices. Biometrics is used to identify anyone in an accurate, repeatable manner. Physiological characteristics used for biometrics commonly include the face, fingerprints, voice, and DNA. Modern biometrics hybrid fingerprint recognition use onboard fingerprint readers. Mobile devices use capacitive technology to implement security systems Growth of biometrics security systems is being fueled by rising threats. Different portable device implementations have given rise to multiple technology breakthroughs in size, weights, and length of battery use..

Modern biometrics hybrid fingerprint recognition use onboard fingerprint readers. Mobile devices use capacitive technology to implement security systems Growth of biometrics security systems is being fueled by rising threats. Different portable device implementations have given rise to multiple technology breakthroughs in size, weights, and length of battery use. Biometrics is used to identify people in an accurate, repeatable manner. Physiological characteristics used for biometrics include the face, fingerprints, and DNA. Developments relate to the ability to unobtrusively collect face and voice biometrics, supplementing fingerprinting that has been dominant . Biometrics technology measures personal physiological characteristics for the purpose of unique identification and security. Apple advanced the OS X "Quick Look" feature for iOS devices using an intense touch gesture. Apple extended fingerprint technology as Touch ID. iDevice displays are taking on fingerprinting capabilities and sensitivities beyond the home button. Apple introduces the possible use of virtual knobs, controlling video games via the home button. Apple is working on assigning different bank accounts to different fingerprints. Apple next-gen touch panel technology introduces the next wave of biometric capabilities. Apple next-gen touch panel technology using nano silver wire materials brings sensitivity to iPad displays. The technology finds its way into the Apple watch and the iPhone. This technology gives Apple significant market advantage in the payment verification market.

Biometric identity units provide security protection. Units are comprised of integrated biometric capture devices and readers, systems to store and use the biometric identifiers. Biometrics units are comprised of fingerprint systems, facial recognition, iris scans, and biometric signatures. They include data encoders. Data encoders may be implemented as a bar coder or document scanner. Units are sometimes contained in ruggedized briefcases for military, public safety, and civil identification applications. Advances in technology, miniaturization, and improved mobile device technology enable uses previously thought impossible, or never even imagined. Voter registration in low-literacy economies is now economical. Identifying persons of interest in a crowd can be done with biometrics. Growth of biometric technologies has been in response to global security threats. Terrorist attacks, airport security initiatives, and attempts to lower crime rates have brought an increasing investment in biometric security systems. Government projects include ePassports, eDriving licenses, border management, and national IDs. These initiatives have been implemented in developed countries. A rise in government projects has been seen as terrorists become an increasing threat. This has been accompanied by increasing data security concerns. There is a need for advanced security devices.